180kg Electromagnetic Door Lock System

China 180kg Electromagnetic Door Lock System, Find details about China Electromagnetic Door Lock, Electromagnetic Lock DIY from 180kg Electromagnetic Door Lock System

Model NO.
EM-350TS
Function
Fail -Safe
Type
Electromagnetic Lock
Lock Size
194lx34wx23h(mm)
Armature Plate
132lx34wx12h(mm)
Working Voltage
DC12V or DC24V
Current Draw
12V/480mA 24V/240mA
Finishes for Shell
Anodized Aluminum
Finishes for Magnetic
Zinc
Finishes for Armature
Zinc
Weight
1.5kg
Trademark
S4A
Transport Package
Standard Carton Box
Specification
194Lx34Wx23H(mm)
Origin
China
HS Code
8301400000
Model NO.
EM-350TS
Function
Fail -Safe
Type
Electromagnetic Lock
Lock Size
194lx34wx23h(mm)
Armature Plate
132lx34wx12h(mm)
Working Voltage
DC12V or DC24V
Current Draw
12V/480mA 24V/240mA
Finishes for Shell
Anodized Aluminum
Finishes for Magnetic
Zinc
Finishes for Armature
Zinc
Weight
1.5kg
Trademark
S4A
Transport Package
Standard Carton Box
Specification
194Lx34Wx23H(mm)
Origin
China
HS Code
8301400000

180kg Electromagnetic Door Lock System EM-350TS
 

What is Electromagnetic Lock?

 

Electromagnetic locks consist of an armature and a coil assembly, which become magnetized when an electric current passes through them. This magnetic field secures the door and electronically controls when doors are locked and unlocked.

Electromagnetic locks are fail-safe by design.
 

EM-350T

Without door position detection output

EM-350TS

With Signal output

Lock size

194Lx34Wx23H(mm)

Armature Plate

132Lx34Wx12H(mm)

Working voltage

DC12V or DC24V

Current Draw

12V/480mA 24V/240mA

Surface Temp

≤20ºC

Operating Temp

-10ºC ~ 55ºC(14°F-131°F)

Finishes for shell

Anodized Aluminum

Finishes for Magnetic

Zinc

Finishes for Armature

Zinc

Weight

1.5KG

 

180kg Electromagnetic Door Lock System
180kg Electromagnetic Door Lock System180kg Electromagnetic Door Lock System180kg Electromagnetic Door Lock System180kg Electromagnetic Door Lock System180kg Electromagnetic Door Lock System180kg Electromagnetic Door Lock System